Sustainable Design
Though this building is quite old, it too can help in reducing energy consumption by integrating some of the following technologies into its current design. These simple-to-install technologies could significantly reduce the amount of energy consumed by this building in a given year. |
Standing Seam
Photovoltaic Roofing
This roofing system produces power silently with no pollution and without depleting resources and blends with the existing building design. The lightweight, flexible PV cells are encapsulated in weather-resistant polymers. The resulting unbreakable, non-reflective solar electric laminate is bonded to conventional standing seam roofing panels that install and function just like architectural standing seam roofing panels (ASR) for use on any south facing roof with good solar access and structural standing seam panels (SSR). Standing seam PV roofing are building integrated photovoltaic panels. They are reliable, attractive, and cost-effective design options for creating sustainable and energy self-sufficient buildings. Solar architectural roofing panels are integrated into the roof following the specifications of conventional architectural standing seam panels.
Product |
Rated Power (W)
|
Voltage (Vop)
|
Current (Iop)
|
Voltage (Voc)
|
Current (Isc)
|
Area (ft2)
|
Energy per Day (Wh/ft2)
|
Weight (lbs/ft2)
|
Length (ft)
|
Width (in)
|
ASR-60 |
60
|
16.5
|
3.6
|
23.8
|
4.5
|
12
|
20-30
|
2
|
9.5
|
16
|
ASR-64 |
64
|
16.5
|
3.9
|
23.8
|
4.8
|
12
|
20-30
|
2
|
9.5
|
16
|
ASR-120 |
120
|
33
|
3.6
|
47.6
|
4.5
|
23
|
20-30
|
2
|
18.3
|
16
|
ASR-128 |
128
|
33
|
3.9
|
47.6
|
4.8
|
23
|
20-30
|
2
|
18.3
|
16
|
ECO 1200 1 kW Vertical Axis Wind Turbine
Vertical wind turbines, such as the ECO1200 shown above, are ideally suited to both rural and urban installations, generating green energy from a freely available source -- the wind. Wind generation provides a viable solution for addressing such issues as the increasing demand and cost of power, and directly addresses world environmental issues. Vertical wind turbines can instantaneously accept wind from any direction as opposed to HAWTs (Horizontal Axis Wind Turbines, which require an on-board motor to rotate the unit relative to wind direction.
TURBINE
Three-blade Vertical Axis Wind Turbine
Rated at 1,000 W @ 11m/s (24.6 mph) Wind Speeds
Total Output at 4.5kWh / DAY with 5 m/s (11.18 mph) Wind Speed (Rayleigh Distribution)
Physical Dimensions: 2.25m (H) x 2.66m (D) [88.58" (H) x 104.72" (D)]
Weight: 140 kg (308.65 lb)
Temperature Operating Range: -40 to 50 degrees C (-40 to 122 degrees F)
MOUNTING
Adjustable Mounting for any Variable Pitch Roof
Weight: 51 kg (112.44 lb)
High Performance Windows
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High performance windows can lower a building's energy costs; help protect furnishings and draperies from damaging UV rays, and makes structures more comfortable. It makes the glass in your windows as much as seven times more energy efficient than standard single glazed glass. The system consists of triple insulated glass, AC Master low-emissive (Low-E) coating on two surfaces, the PPG Intercept System and argon gas between the panes. AC Master low-e system is a special low-emissive (Low-E) coating applied to two surfaces of the window or door that lowers building heating and cooling costs. In cold weather, the coating reflects heat back inside so the rooms stay warmer. This reduces the time your heating system needs to run, saving money. In warm weather, the cooling system runs less because the two coatings of AC Master Low-E reflect outside heat away from the windows while still allowing light in. The AC Master Low-E coatings also combine to filter 99.5% of damaging ultraviolet (UV) light.
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